Examples of sun.security.x509.X509CertImpl

sun.security.x509.X500Name
The X509CertImpl class represents an X.509 certificate. These certificates are widely used to support authentication and other functionality in Internet security systems. Common applications include Privacy Enhanced Mail (PEM), Transport Layer Security (SSL), code signing for trusted software distribution, and Secure Electronic Transactions (SET). There is a commercial infrastructure ready to manage large scale deployments of X.509 identity certificates.
These certificates are managed and vouched for by Certificate Authorities (CAs). CAs are services which create certificates by placing data in the X.509 standard format and then digitally signing that data. Such signatures are quite difficult to forge. CAs act as trusted third parties, making introductions between agents who have no direct knowledge of each other. CA certificates are either signed by themselves, or by some other CA such as a "root" CA.
RFC 1422 is very informative, though it does not describe much of the recent work being done with X.509 certificates. That includes a 1996 version (X.509v3) and a variety of enhancements being made to facilitate an explosion of personal certificates used as "Internet Drivers' Licences", or with SET for credit card transactions.
More recent work includes the IETF PKIX Working Group efforts, especially RFC2459. @author Dave Brownell @author Amit Kapoor @author Hemma Prafullchandra @see X509CertInfo

        boolean success = false;
        try {
            if (certs != null) {
                Subject subject = new Subject();
                X509Certificate certificate = certs[0];
                X500Name x500Name = (X500Name) certificate.getSubjectDN();
                Switch.getSwitch().getCallFlowAgent().addRequestInfo(
                        RequestInfo.REMOTE_USER, x500Name.getName());
                subject.getPublicCredentials().add(x500Name);
                LoginContextDriver.login(subject, X500Name.class);
                realm_name = CertificateRealm.AUTH_TYPE;
            } else {
                Switch.getSwitch().getCallFlowAgent().addRequestInfo(

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                derenc = X501DistinguishedNameHelper.extract(any);
            }
            if(_logger.isLoggable(Level.FINE)){
                _logger.log(Level.FINE,"Create an X500Name object from identity token");
            }
            X500Name name = new X500Name(derenc);
      if(_logger.isLoggable(Level.FINE)) {
                _logger.log(Level.FINE,"Identity to be asserted is " + name.toString());
    _logger.log(Level.FINE,"Adding X500Name to subject's PublicCredentials");
      }
            sc.subject.getPublicCredentials().add(name);
            sc.identcls = X500Name.class;
            break;

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            _logger.fine("Processing X.500 name login.");
       }
       String user = null;
       String realm_name = null;
       try{
            X500Name x500name = (X500Name)getPublicCredentials(s, X500Name.class);
            user = x500name.getName();
        
            // In the RI-inherited implementation this directly creates
            // some credentials and sets the security context. This means
            // that the certificate realm does not get an opportunity to
            // process the request. While the realm will not do any

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     *
     * @param name the name in RFC 2253 form
     * @throws IOException if a parsing error occurs
     */
    public void addIssuerName(String name) throws IOException {
        addIssuerNameInternal(name, new X500Name(name).asX500Principal());
    }

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     * @param name a byte array containing the name in ASN.1 DER encoded form
     * @throws IOException if a parsing error occurs
     */
    public void addIssuerName(byte[] name) throws IOException {
        // clone because byte arrays are modifiable
        addIssuerNameInternal(name.clone(), new X500Name(name).asX500Principal());
    }

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    throws IOException {
        HashSet<X500Principal> x500Principals = new HashSet<X500Principal>();
        for (Iterator<Object> t = names.iterator(); t.hasNext(); ) {
            Object nameObject = t.next();
            if (nameObject instanceof String) {
                x500Principals.add(new X500Name((String)nameObject).asX500Principal());
            } else {
                try {
                    x500Principals.add(new X500Principal((byte[])nameObject));
                } catch (IllegalArgumentException e) {
                    throw (IOException)new IOException("Invalid name").initCause(e);

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                (sun.security.util.ResourcesMgr.getString
                ("provided.null.keyword.map"));
        }


        try {
            thisX500Name = new X500Name(name, keywordMap);
        } catch (Exception e) {
            IllegalArgumentException iae = new IllegalArgumentException
                        ("improperly specified input name: " + name);
            iae.initCause(e);
            throw iae;

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     * @throws IllegalArgumentException if an encoding error occurs
     *          (incorrect form for DN)
     */
    public X500Principal(byte[] name) {
        try {
            thisX500Name = new X500Name(name);
        } catch (Exception e) {
            IllegalArgumentException iae = new IllegalArgumentException
                        ("improperly specified input name");
            iae.initCause(e);
            throw iae;

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        try {
            if (is.markSupported())
                is.mark(is.available() + 1);
            DerValue der = new DerValue(is);
            thisX500Name = new X500Name(der.data);
        } catch (Exception e) {
            if (is.markSupported()) {
                try {
                    is.reset();
                } catch (IOException ioe) {

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        throws java.io.IOException,
               java.io.NotActiveException,
               ClassNotFoundException {


        // re-create thisX500Name
        thisX500Name = new X500Name((byte[])s.readObject());
    }

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